The phrase "autonomous environmental" is correct and usable in written English.
It can be used in contexts discussing systems or technologies that operate independently within environmental contexts, such as in discussions about robotics, sustainability, or ecological management.
Example: "The autonomous environmental monitoring system was able to collect data without human intervention, providing real-time insights into ecosystem health."
Alternatives: "self-sufficient ecological" or "independent environmental".
The factors that control O4 levels for a given number of oligodendrocyte precursors are not known but may include cell autonomous or environmental factors that impact progression along the oligodendrocyte lineage.
Thus, tissue-specific stem cells responsible for regeneration, such as satellite cells in skeletal muscle, may also be involved in degenerative processes; however, whether the triggers for degeneration are cell autonomous or environmental influences, such as niche factors, is unknown.
Survival, proliferation and differentiation of stem cells appear to be regulated by both cell-autonomous and environmental signals [31], [32].
There are two different kinds of non-cell-autonomous RNAi: environmental RNAi and systemic RNAi.
Elucidation of how the CM is regulated could provide valuable insights into the cell-autonomous and environmental signalling pathways that influence kidney lineage self-renewal.
Systemic RNAi encompasses both cell-autonomous and environmental RNAi in which the silencing signal is transported from the cell in which the dsRNA is applied or expressed to other cells or tissues [ 12].
The design and fabrication of devices that based on adaptive soft matter with the autonomous transduction of environmental and field signals is an interesting area of material science and device engineering.
The purpose of this paper is to address the problem of satisfying the energy needs in electricity and heat of a typical remote household in an integrated autonomous manner, employing environmental friendly and sustainable power systems.
By replacing data silos with cloud-based tools, assumptions with data, and post-mortem lessons learned with real-time insights, solutions such as robotic wearables, autonomous vehicles and environmental sensors in the insurtech space are moving the needle in the construction industry, making the vision of the smarter, connected job site of 2030 more of a reality.
To investigate the relative contribution of cell-autonomous factors and environmental cues in the control of distinct axon growth patterns, we examined Purkinje cell (PC) axons.
